Papers
4
Total Citations
36
H-Index
3
About
Debao Meng is a leading researcher in the field of orthopedic surgical robotics, with a focus on the thermal and mechanical dynamics of bone machining. His work addresses critical challenges in robot-assisted spine surgery, particularly the risk of thermal necrosis and mechanical damage during bone drilling and milling. Meng’s most cited paper (24 citations) uses finite element simulation and Taguchi optimization to analyze how drilling parameters affect bone temperature and force, offering a pathway to safer surgical procedures. He has also developed predictive models for robot bone milling temperature, incorporating sensitivity analysis to guide surgeon-controlled operations. In recent work, Meng explores milling chatter stability in orthopedic robots, linking position modal parameters to vibration dynamics, and has proposed trajectory planning methods for vertebral plate grinding in spinal surgery. His contributions are vital for advancing the precision and safety of robotic orthopedic surgery, directly impacting patient outcomes by reducing iatrogenic bone damage.
Research Focus
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Top Papers
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